NEUROMUSCULAR ELECTRICAL STIMULATION
... pusle duration: 5-65s Freq: 1-120 pps Peak amp: 500 V (2000-2500 mA) ...
... pusle duration: 5-65s Freq: 1-120 pps Peak amp: 500 V (2000-2500 mA) ...
cranial nerve ppt
... Sensations from posterior 1/3 of tongue including taste Damage results in loss of bitter and sour taste and impaired swallowing, blood pressure anomalies (with CN X). ...
... Sensations from posterior 1/3 of tongue including taste Damage results in loss of bitter and sour taste and impaired swallowing, blood pressure anomalies (with CN X). ...
Principles of Electrical Currents
... causing a thermal effect. AC has a zero net charge (ZNC). The DC may have long term adverse physiological effects) ...
... causing a thermal effect. AC has a zero net charge (ZNC). The DC may have long term adverse physiological effects) ...
What is Superior Laryngeal Nerve Paresis
... susceptible to viral infections for some reason, and this kind of weakness is fairly common. When a virus affects the nerve, it swells and cannot deliver all of the information to the muscle, so the muscle becomes weak and does not function to its potential. That’s generally when the vocal symptoms ...
... susceptible to viral infections for some reason, and this kind of weakness is fairly common. When a virus affects the nerve, it swells and cannot deliver all of the information to the muscle, so the muscle becomes weak and does not function to its potential. That’s generally when the vocal symptoms ...
Musculoskeletal system - Responses to exercise PPT
... blood in each beat) to provide the Oxygen and Nutrients to the skeletal muscle via the blood, and get rid of the Waste products of exercise (Carbon Dioxide, Water and Heat). ...
... blood in each beat) to provide the Oxygen and Nutrients to the skeletal muscle via the blood, and get rid of the Waste products of exercise (Carbon Dioxide, Water and Heat). ...
ELECTRIC CURRENTS
... depolarise muscle cell of denervated muscle • This type of stimulation stimulates the A-delta and C-fibres – when present • Uncomfortable for patient ...
... depolarise muscle cell of denervated muscle • This type of stimulation stimulates the A-delta and C-fibres – when present • Uncomfortable for patient ...
Chapter 49 and 50 Presentations-Sensory and Motor Mechanisms
... of contraction is controlled by the nervous system. At any given instant, the nervous system can select a large or small numbe of motor neurons to activate. The force of the contraction developed by the muscle is increased/decreased as the number of motor neurons controlling the motor unit ...
... of contraction is controlled by the nervous system. At any given instant, the nervous system can select a large or small numbe of motor neurons to activate. The force of the contraction developed by the muscle is increased/decreased as the number of motor neurons controlling the motor unit ...
sms5
... A. The Ia inhibitory interneuron allows higher centers to coordinate opposing muscles at a joint through a single command. This inhibitory interneuron mediates reciprocal innervation in stretch reflex circuits. In addition, it receives inputs from corticospinal descending axons, so that a descending ...
... A. The Ia inhibitory interneuron allows higher centers to coordinate opposing muscles at a joint through a single command. This inhibitory interneuron mediates reciprocal innervation in stretch reflex circuits. In addition, it receives inputs from corticospinal descending axons, so that a descending ...
Powerpoint Ch8 Part1.
... Located in large arteries, around hair and in the eye Responds to neural or hormonal stimulation Muscle fibers produce spontaneous pacemaker potentials that elicit action potentials in adjacent smooth muscle fibers Single-unit muscle is found in gastrointestinal tract, uterus, small blood vessels ...
... Located in large arteries, around hair and in the eye Responds to neural or hormonal stimulation Muscle fibers produce spontaneous pacemaker potentials that elicit action potentials in adjacent smooth muscle fibers Single-unit muscle is found in gastrointestinal tract, uterus, small blood vessels ...
8: Control of Movement Biological Bases of Behavior
... Located in large arteries, around hair and in the eye Responds to neural or hormonal stimulation Muscle fibers produce spontaneous pacemaker potentials that elicit action potentials in adjacent smooth muscle fibers Single-unit muscle is found in gastrointestinal tract, uterus, small blood vessels ...
... Located in large arteries, around hair and in the eye Responds to neural or hormonal stimulation Muscle fibers produce spontaneous pacemaker potentials that elicit action potentials in adjacent smooth muscle fibers Single-unit muscle is found in gastrointestinal tract, uterus, small blood vessels ...
Control of Movement
... Located in large arteries, around hair and in the eye Responds to neural or hormonal stimulation ...
... Located in large arteries, around hair and in the eye Responds to neural or hormonal stimulation ...
Articular Receptors
... Golgi tendon organs are located in series with extrafusal muscle fibers at their junction with the tendon. They are innervated with fast-conducting Ib axons of sensory neurons in spinal ganglia. ...
... Golgi tendon organs are located in series with extrafusal muscle fibers at their junction with the tendon. They are innervated with fast-conducting Ib axons of sensory neurons in spinal ganglia. ...
Chapter 13: Peripheral Nervous System and Reflexes
... 3. Define nerve and describe the general structure of a nerve. 4. Distinguish between sensory, motor, and mixed nerves. 5. Define ganglion and indicate the general location of ganglia in the body periphery. 6. Describe the process of nerve fiber regeneration. 7. Name the 12 pairs of cranial nerves a ...
... 3. Define nerve and describe the general structure of a nerve. 4. Distinguish between sensory, motor, and mixed nerves. 5. Define ganglion and indicate the general location of ganglia in the body periphery. 6. Describe the process of nerve fiber regeneration. 7. Name the 12 pairs of cranial nerves a ...
AK Quotable Research
... This French study measured the electrical activity in muscles. It established that there was a significant difference in electrical activity in the muscle, which corresponded with the difference perceived of “strong” versus “weak” muscle testing outcomes by AK practitioners. It further established t ...
... This French study measured the electrical activity in muscles. It established that there was a significant difference in electrical activity in the muscle, which corresponded with the difference perceived of “strong” versus “weak” muscle testing outcomes by AK practitioners. It further established t ...
A Ten Year Experience - Polio Outreach of Washington
... fiber to the tiny terminal nerve endings, which contact the individual muscle fibers. The arrival of the electrical i pulse at the terminal nerve ending causes the release of a chemical (acetylchloine), which in turn causes the electrical impulse to penetrate into the muscle fiber, resulting in cont ...
... fiber to the tiny terminal nerve endings, which contact the individual muscle fibers. The arrival of the electrical i pulse at the terminal nerve ending causes the release of a chemical (acetylchloine), which in turn causes the electrical impulse to penetrate into the muscle fiber, resulting in cont ...
Motor systems
... single motor unit consist of the same muscle fiber type. The amount of the force produced by the muscle fibers of a motor unit is governed by the pattern and frequency of action potentials produced by the motor neuron. Three types of motor units – slow, fast fatigue-resistant, and fast fatigable – c ...
... single motor unit consist of the same muscle fiber type. The amount of the force produced by the muscle fibers of a motor unit is governed by the pattern and frequency of action potentials produced by the motor neuron. Three types of motor units – slow, fast fatigue-resistant, and fast fatigable – c ...
What is RF diathermy?
... frequency, expanding and contracting, which produces the necessary compression wave. By using a different frequency the therapist can target tissues at different depths for either healing or destruction, or simply use the device to reduce pain. Although simple in principle, the use of ultrasound as ...
... frequency, expanding and contracting, which produces the necessary compression wave. By using a different frequency the therapist can target tissues at different depths for either healing or destruction, or simply use the device to reduce pain. Although simple in principle, the use of ultrasound as ...
AK Quotable Research
... This French study measured the electrical activity in muscles. It established that there was a significant difference in electrical activity in the muscle, which corresponded with the difference perceived of “strong” versus “weak” muscle testing outcomes by AK practitioners. It further established t ...
... This French study measured the electrical activity in muscles. It established that there was a significant difference in electrical activity in the muscle, which corresponded with the difference perceived of “strong” versus “weak” muscle testing outcomes by AK practitioners. It further established t ...
Golgi Tendon Reflux
... The stretch reflex operates as a feedback mechanism to control muscle length by causing muscle contraction. In contrast, the tendon reflex operates as a feedback mechanism to control muscle tension by causing muscle relaxation before muscle force becomes so great that tendons might be torn. Althou ...
... The stretch reflex operates as a feedback mechanism to control muscle length by causing muscle contraction. In contrast, the tendon reflex operates as a feedback mechanism to control muscle tension by causing muscle relaxation before muscle force becomes so great that tendons might be torn. Althou ...
ЛЕКЦІЯ 4
... to stretching within the muscle. It is a monosynaptic reflex which provides automatic regulation of skeletal muscle length. When muscle lengthens, the spindle is stretched and the activity increases. This increases alpha motor neuron activity. Therefore the muscle contracts and the length decreases ...
... to stretching within the muscle. It is a monosynaptic reflex which provides automatic regulation of skeletal muscle length. When muscle lengthens, the spindle is stretched and the activity increases. This increases alpha motor neuron activity. Therefore the muscle contracts and the length decreases ...
Chapter 18-Autonomic Nervous System
... Fig. 18.2 Lower Motor Neurons of Autonomic Nervous System ...
... Fig. 18.2 Lower Motor Neurons of Autonomic Nervous System ...
lower motor neurons
... • Plegia comes from a Greek word meaning „to strike” (e.g. hemorrhagic stroke – ictal plegia) • Palsy comes from an old French word „same meaning as ” paralysis” ...
... • Plegia comes from a Greek word meaning „to strike” (e.g. hemorrhagic stroke – ictal plegia) • Palsy comes from an old French word „same meaning as ” paralysis” ...
Electromyography
Electromyography (EMG) is an electrodiagnostic medicine technique for evaluating and recording the electrical activity produced by skeletal muscles. EMG is performed using an instrument called an electromyograph, to produce a record called an electromyogram. An electromyograph detects the electrical potential generated by muscle cells when these cells are electrically or neurologically activated. The signals can be analyzed to detect medical abnormalities, activation level, or recruitment order, or to analyze the biomechanics of human or animal movement.